What needs clarified? Every fossil of T-Rex remains the same from the youngest to the oldest found. Not a single solitary fossil shows evidence of evolution. Each one is distinct and remains that way for every one you can find.
LOL. Do you realize that you're arguing, "All of the fossils which we've grouped together based on extreme similarity happen to be extremely similar"? And somehow you think this disproves evolution?
Not only is it silly, but it's wrong. If you want to look for evolution of a species, you have to look
outside of that species. For example, just as evolution predicted, we recently discovered a new species, Timurlengia euotica, which exists between the gap from the smaller tyrannosaurs to the larger later T. rex variety of tyrannosaur, which had much sharper senses than the smaller tyrannosaurs. T. euotica has the more advanced senses, similar to T. rex, but the size of the earlier species.
The fact that we found fossils of such a clear transition between the two, in a time period between the two, just as evolution predicts, is itself evidence for evolution. If you're interested see:
New T. rex discovery proves evolution is actually true … again
And that's merely one example among many.
There were tens of thousands of peer reviewed papers saying the Milky-Way was the entire universe too.
Cite one.
The fact is, you can't. Even back as far as 1755, when Immanuel Kant speculated on the shape of our galaxy (and it turned out he was correct), even then he thought that nebulae might be separate galaxies themselves. This fact was demonstrated correct as early as 1917 by Heber Curtis.
At no point were there any "peer reviewed papers saying the Milky-Way was the entire universe."
If you have to make up lies to bolster your argument, then that's a pretty good indication of how bad your argument is.
There were peer reviewed papers about the coelacanth too, until we actually found a living one and tested its DNA tho. Funny how we don’t hear anything about the transitional colecanth anymore.
I honestly have no idea what you think you're arguing here.
Coelacanths exist. So what?
I don't think we
ever heard about "the transitional coelacanth", and I don't even know what you think that means.
Coelacanths do somewhat resemble the early ancestors of tetrapods, but so what? They're a different branch. The Sarcopterygii split into the Crossopterygii and Rhipidistia, the former of which evolved into coelacanths, the latter of which evolved into Tetrapodomorpha. Also, nothing about evolution says that coelacanths have to change or die out.
I'm truly baffled as to what you think the existence of coelacanths (dis)proves.
Jimmy D said:
The first thing I thought of was Tiktaalik, how does your theory account for it's appearance in the Devonian?
You mean it’s sudden appearance fully formed with no predecessors? Maybe you should ask your theory that same question......
I always laugh when creationists say "fully formed", because it just demonstrates that they don't understand what evolution actually says. Evolution doesn't say that creatures will appear with "half a wing", to pull an example numerous creationists have actually argued. All animals will be "fully formed", all the parts will work. If they didn't, it likely wouldn't have survived to evolve further.
Also, it's appearance wasn't "sudden", it was gradually evolved over about 5 million years. That may be "sudden" in geological terms, but it's a perfectly reasonable amount of time which fits the evolutionary model.
And it most certainly had predecessors, such as Panderichthys and Eusthenopteron. I don't know how you came to the conclusion that it had no ancestors. Even if we didn't have fossils of some of its ancestors (which we do), you can't jump to the conclusion that they don't exist. Even without those ancestors, we can show genetic markers which support the conclusion that these species shared a common ancestor at this time, so this is a well supported conclusoin.
Honestly, it's amazing how much wrongness you managed to fit into one single sentence.
Like E. coli remaining E. coli? Tests have been performed, you just ignore the actual conclusion of those tests. E. coli remaining E. coli shows no evolution of species at all.
OK, let me ask you, how do you determine what is or isn't E. coli? One method is to determine if it can aerobically metabolize citrate. If it can't, then it's more likely to be E. coli, because E. coli can't do that. In fact, testing for this Cit- phenotype is one way that's used to tell E. coli contamination apart from salmonella contamination, which instead has a Cit+ phenotype.
So, if E. coli evolved the ability to metabolize citrate aerobically, is it still E. coli?
Let's take a look at the
E. coli long-term evolution experiment, which was done in an aerobic environment in a medium with a lot of citrate (which was originally included to help killing penicillin in other experiments). In this experiment, over tens of thousands of generations, the E. coli bacteria being studied evolved the heretofore nonexistent ability to metabolize citrate aerobically.
This is,
by definition, evolution of that species (possibly into a new species, depending on how you categorize it). Something you deny exists.
Do you deny this evidence? And if one change can evolve, why can't other changes happen again later? And why can't all of those changes accumulate over many generations until it no longer sufficiently resembles those earlier generations to categorize them together?
The evidence that evolution can put one foot in front of the other is too overwhelming to deny, but if you can't deny that, then how can you deny that repeatedly putting one foot in front of another can take you a mile? I honestly don't get that.
(EDIT: Fixed accidental swap of "anaerobic" when I should have written "aerobic".)